Reactive power compensation optimization and its optimization in the electrical network complex
About authors
- 1 — int Petersburg State Mining Institute (Technical University)
- 2 — Mining and Metallurgical Institute
Abstract
The optimization of reactive power compensation in the presence of harmonics in the electrical network complex is a complicated computational problem. The authors propose a calculation method that significantly reduce the computation procedure and still get the desired result as the choice of device parameters for reactive power compensation and harmonics filters.
References
- Dong Z.Y., Hill D.J., Makarov Y.V. Advanced Reactive Power Planning by a Genetic Algorithm // IEEE Transactions on Power Systems. 2005. Vol.11. N 2. P.134-139.
- Furong Li, Pilgrim J.-D., Chavansingh D. Genetic Algorithms for Optimal Reactive Power Compensation on the National Grid System // IEEE Transactions on Power Systems. 2005. Vol.20. N 1. P.203-208.
- González P. I., Legrá L.A., Marrero R.S., Arzola R.J. Optimization of reactive power compensation in industrial networks with multiobjective algorithm // Energy Journal. 2006. Part 1. P.113-117.
- González P. I., Legrá L.A., Marrero R.S., Arzola R.J. Optimization of reactive power compensation in industrial networks with multiobjective algorithm // Energy Journal. 2007. Part 2. P.156-161.
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